ZSY400 reducer parameters reduction ratio ZSY400-90-2 hard tooth surface

ZSY400 reducer is a kind of reduction equipment widely used in various industrial fields. It has the characteristics of compact structure, high transmission efficiency and smooth operation.Its parameters and reduction ratio are crucial to the design and use of the reducer.The parameters and reduction ratio of the ZSY400 reducer will be introduced in detail below.

1. ZSY400 reducer parameters reduction ratio ZSY400-90-2 hard tooth surface
1. Rated power: The rated power of ZSY400 reducer refers to the maximum power that the reducer can operate stably for a long time under rated working conditions.Generally speaking, the rated power of ZSY400 reducer is between 40-160kW, and the specific value depends on the design and manufacturing quality of the reducer.
2. Rated speed: Rated speed refers to the speed of the reducer output shaft under rated working conditions.The rated speed of ZSY400 reducer is usually between 600-1800r/min, and the specific value depends on the reduction ratio of the reducer and the speed of the motor.
3. Reduction ratio: The reduction ratio refers to the ratio of the input shaft speed and the output shaft speed of the reducer.The reduction ratio of ZSY400 reducer is usually between 8-100, and the specific value depends on the design and use requirements of the reducer.
4. Torque: Torque is the maximum torque that the output shaft of the reducer can withstand.The torque of the ZSY400 reducer depends on the reduction ratio of the reducer and the power of the motor, usually between thousands to tens of thousands of Nm.

2. ZSY400 reducer parameters reduction ratio ZSY400-90-2 hard tooth surface
The reduction ratio is one of the most important parameters of the reducer, which determines the speed and torque of the reducer output shaft.The reduction ratio of ZSY400 reducer can be achieved by selecting different gear combinations, usually between 8-100.Some common reduction ratios and their applicable ranges will be introduced below.

1. Reduction ratio 8-17: This reduction ratio reducer is suitable for occasions requiring higher speed and smaller torque, such as some light-load transmission systems.
2. Reduction ratio 20-40: This reduction ratio reducer is suitable for medium load and medium speed occasions, such as some mechanical equipment and production lines.
3. Reduction ratio 50-100: This reduction ratio reducer is suitable for occasions that require lower speed and larger torque, such as some heavy machinery and large equipment.

When ZSY400 reducer parameter reduction ratio ZSY400-90-2 hard tooth surface, it needs to be comprehensively considered based on the actual use requirements and working conditions.Generally speaking, the selection of reduction ratio should follow the following principles:

1. According to the working requirements and load characteristics of the equipment, select an appropriate reduction ratio to ensure that the reducer can operate stably for a long time and meet the working requirements of the equipment.
2. When selecting the reduction ratio, the efficiency and transmission accuracy of the reducer should be taken into consideration to ensure the operating efficiency and accuracy of the equipment.
3. When selecting the reduction ratio, the service life and maintenance costs of the reducer must also be considered to ensure the long-term economic benefits of the equipment.

In addition to the reduction ratio, the ZSY400 reducer parameters reduction ratio ZSY400-90-2 hard tooth surface.Other parameters of the ZSY400 reducer also need to be comprehensively considered.For example, the selection of rated power and rated speed should be determined based on the power and speed of the motor to ensure a reasonable match between the reducer and the motor.The selection of torque should be determined according to the working load of the equipment to ensure that the reducer can withstand the maximum working torque.

In short, ZSY400 reducer parameters reduction ratio ZSY400-90-2 hard tooth surface, ZSY400 reducer parameters and reduction ratio selection are very important links in the design and use of the reducer.Only through comprehensive consideration and selection based on actual needs and conditions can the reducer be guaranteed to operate stably for a long time and achieve optimal economic benefits.